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From Caterpillar Electric Power
The term Distributed Generation (DG) encompasses a wide range of electric power generation sources - from a residential rooftop photovoltaic resource to a large wind farm. Hence, the impact of DG varies significantly depending on the context with its neighboring utility. In parts of the world lacking major infrastructure, the impact of DG takes on major proportions. They create oases of power fueling economic growth, improving quality of life, and enabling basic needs that most of us take for granted. In other cases DG impact is not as dramatic, as they may be seamlessly integrated into the local utility making their presence somewhat stealthy, although their absence could be highly noticeable. The aim of this paper is to raise awareness on the diversity of issues associated with DG applications. To that end, several DG installations are reviewed here within. Products & Services
Electrical power generators transform mechanical energy into electrical energy, typically for backup or emergency power. Generators can produce either AC or DC power and are typically powered by a fuel engine.
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OVERVIEW
Capacitors are extensively used in power systems for voltage control, power-factor correction, filtering, and reactive power compensation. With the proliferation of nonlinear loads and the...
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Overview
Many involved in power quality have also become involved in distributed generation (DG) because there is considerable overlap in the two technologies. Therefore, it is very appropriate to...
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S. K. Mazumder, Ph.D.,
Department of Electrical and Computer Engineering, Director Laboratory for Energy and Switching-Electronics Systems (LESES), University of Illinois,
Chicago,, Illinois,...
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Introduction
This chapter gives an overview of microturbine technology. It begins with a discussion of how the technology is unique relative to other distributed generation (DG) as well as to...
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CHAPTER 5: SOLUTIONS
5.1.2.1 Application Example 5.1: Computation of Displacement Power Factor (DPF) and Total Power Factor (TPF):
Q:
Strong power systems have very small...
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